AI & Robotics Algorithms

A herd of 15 Salers and Armoricaine cows are conducted extensively on this land. The herd is given access to the moorland from early spring to late autumn; the exact dates can vary from one year to the next. This serves as a good example of extensive breeding in large and remote rural areas, with limited physical access and limited access to any kind of communication network.

In this facility, animals are housed here from weaning until slaughter, in 11 batches. They are housed in free pens, on straw. Due to a breeding conduct in batches, this facility is not always at its maximum hosting capacity.

Our experimental 15-hectare vineyard is planted with the main grape varieties of the Southwest. It also includes a plot of grape varieties with more than 300 varieties listed. Located in the direct vicinity of the farm buildings, the plots are representative of many different conditions in terms of soil (silt, sand, clay, pebbles) and at the topography level (flat, slope, side slope). Two main pruning methods are represented: the Guyot and the cordon.

In this facility, animals are housed here from weaning until slaughter, in 10 batches. They are housed in free pens, on straw. Due to a breeding conduct in batches, this facility is not always at its maximum hosting capacity.

In this facility, animals are housed here from weaning until slaughter, in 15 batches. They are housed in free pens, on straw. Due to a breeding conduct in batches, this facility is not always at its maximum hosting capacity.

In this facility, 120 calves can be housed from 15 days old until weaning. They arrive in the facility in batches and are housed in groups of up to 6 calves, living in free pen, on straw. Due to a breeding conduct in batches, this facility is not always at its maximum hosting capacity

The laboratory uses state-of-the-art testing platforms to simulate mechanical shocks, vibrations, drops, compressions, and and temperature and humidity variations, as well as multi-axis movement sequences. These simulations are based on real-world transport profiles and international testing standards (such as ISTA, ASTM, and ISO). Beyond standard compliance, the laboratory enables custom testing campaigns tailored to specific logistics environments, including last-mile delivery, air or sea freight, or agro-food cold chains.

The laboratory offers a wide range of ageing simulations, including thermal, mechanical, chemical, and climatic stresses, to replicate real-life or extreme use conditions. These tests are designed to evaluate material durability, detect failure mechanisms, and support predictive maintenance strategies. Our infrastructure supports both standardised testing protocols and tailor-made test campaigns, adapted to specific use cases or industrial environments.

These tests form part of the range of services for simulating environmental constraints such as mechanical, climatic, or electromagnetic compatibility.

These tests serve to assess the mechanical behaviour of products under both normal and severe operating conditions. They successfully incorporate into a comprehensive qualification and characterisation program the set of equipment ancillary to testing conducted on electromagnetic compatibility, climate, electricity, etc...